中國東部無機成因氣及其氣藏形成條件(2000年科學出版社出版的圖書)

《中國東部無機成因氣及其氣藏形成條件》是2000年科學出版社出版的圖書，作者是Dai Jinxing、Song Yan。

基本介紹

• 中文名：中國東部無機成因氣及其氣藏形成條件
• 作者：Dai Jinxing、Song Yan
• 出版時間：2000年1月
• 出版社：科學出版社
• ISBN：7030084020 

圖書目錄

Preface

CONTENTS

Chapter 1 The Bases and Identification of Abiogenic Natural Gases

1.1 Summary of the Abiogenic Origin Theory

1.1.1 Cosmogenic theory

1.1.2 Carbonization theory

1.1.3 Magma theory

1.1.4 Metamorphic generation theory

1.1.5 Nuclear generation theory

1.2 Geochemical Bases of Abiogenic Gases

1.2.1 Geochemical bases of abiogenic hydrocarbon gases

1.2.2 Geochemical basis of abiogenic carbon dioxide

1.2.3 Stability of abiogenic gases in the deeper layers

1.3 Identification of Organic and Abiogenic Gases

1.3.1 Identification of organic and abiogenic hydrocarbon gases

1.3.2 Identification of organic and abiogenic carbon dioxide

Chapter 2 Abiogenic Gases in Magmatic Rock Inclusions

2.1 Abiogenic Gas Components in Magmatic Rock Inclusions

2.1.1 Gas components in natural ultramafic mantle rock

2.1.2 Gas components in volcanic rock

2.1.3 Gas components in granite

2.2 Gas Components of Metal Deposits

2.3 Carbon Isotope Composition of Inclusions in Magmatic Rocks and Hydrothermal Deposits

Chapter 3 Characteristics of Abiogenic Gases in Hot and Cold Springs of Eastern China

3.1 Characteristics of Natural Gases in Hot and Cold Springs

3.1.1 Characteristics of components of gases in hot and cold springs

3.1.2 Carbon isotope composition of hot and cold spring gases

3.1.3 Helium isotope composition of hot and cold spring gases

3.1.4 Hot and cold spring gas types

3.2 Examples and Origins of Hot and Cold Spring Gases

3.2.1 Cold spring gas in Wudalianchi,Heilongjiang Province

3.2.2 Hot spring gas at Zaotang River,Tengchong County,Yunnan Province

3.2.3 Hot Springs gas in Tuoba Town,Garzê County,Sichuan Province

Chapter 4 Characteristics of Helium Isotopes in Natural Gases of Eastern China

4.1 Characteristics of Helium Isotopes in Oil and Gas-bearing Basins of Eastern China

4.2 Characteristics of Helium Isotopes in Oil and Gas-bearing Areas of Central and Western China

4.3 Some Applications of Helium Isotopes in Geological Studies

Chapter 5 Typical Abiogenic Gas Deposits in Eastern China and the Conditions Governing Their Formation

5.1 Classification of CO₂ Gas Deposits

5.1.1 Types of gas deposits

5.1.2 Utilization and Economic Significance of CO₂

5.2 Wanjinta Abiogenic CO₂ Gas Field in the Songliao Basin

5.2.1 Regional geology

5.2.2 Characteristics of gas fields

5.2.3 Geochemical features and origins of gas

5.2.4 Conditions for the formation of abiogenic gas deposits

5.2.5 Conclusion

5.3 Abiogenic CO₂ Gas Pools(Fields)in the Huanghua Depression

5.3.1 Regional geology

5.3.2 Characteristics of gas fields

5.3.3 Geochemical characteristics and origin of the gases

5.3.4 Conditions for the formation of abiogenic gas pools

5.3.5 Conclusion

5.4 Abiogenic Carbon Dioxide Gas Fields in the Jiyang Depression

5.4.1 Regional geology

5.4.2 Characteristics of gas reservoirs

5.4.3 Exploratory studies on the geochemical characteristics and origins of gas

5.4.4 Conditions for generation of abiogenic gas pool

5.4.5 Conclusions

5.5 Abiogenic CO₂ Gas Fields(Pools)in the North Jiangsu Basin

5.5.1 Regional geology

5.5.2 Characteristics of gas fields

5.5.3 Geochemical characteristics and genetic analysis of the gas

5.5.4 Conditions for the formation of abiogenic gas pools

5.5.5 Conclusion

5.6 Abiogenic CO₂ Field(Pools)in the Sanshui Basin

5.6.1 Regional geology

5.6.2 Characteristic of gas field

5.6.3 Geochemical features of natural gas and its origin

5.6.4 Condition for the formation of abiogenic gas pools

5.6.5 Prospecting for abiogenic gas pools

5.7 A Study on Abiogenic Hydrocarbon Gas in Petroliferous Basins in Eastern China

5.7.1 Abiogenic methane of Well Gang 151 gas pool in the Huanghua Depression

5.7.2 Abiogenic hydrocarbon gases of the Sanzhao Sag,Songliao Basin

5.7.3 Abiogenic hydrocarbon gases of Tianwaitian Structure in the East China Sea Basin

Chapter 6 Characteristics of Abiogenic Gases in Eastern China and Areas Favorable to Their Occurrence

6.1 The Mesozoic-Cenozoic Structural Evolution and the Discharge and Accumulation of Abiogenic Gases

6.1.1 Early to Middle Jurassic compressive uplift period

6.1.2 Late Jurassic to Early Cretaceous abiogenic gas discharge period

6.1.3 Late Cretaceous to Paleocene graded adjustment period

6.1.4 Paleogene extensional basin development and abiogenic gas discharge period

6.1.5 Neogene and Quaternary abiogenic gas discharge period

6.2 Indicators of Abiogenic Gases and Factors Controlling Their Distribution

6.2.1 High temperature and thermal tectonic regions favorable to accumulation of abiogenic gas

6.2.2 Extensional basin zones favorable for the discharge of abiogenic gases

6.2.3 NWW basalt belts favor the discharge of abiogenic gases

6.2.4 Areas containing mixed crust-mantle helium favorable for locating abiogenic gas accumulations

6.3 Discharge and Accumulation Models for Abiogenic Gases and Gas Pool Prospecting

6.3.1 Discharge and accumulation models for abiogenic gases

6.3.2 Forecast of favorable locations for abiogenic CO₂ gas pools

Plates and Their Illustration